MAROKO133 Update ai: Australia Turns Into Bright-Red Vision of Hell Terbaru 2025

📌 MAROKO133 Breaking ai: Australia Turns Into Bright-Red Vision of Hell Wajib Baca

Tropical cyclone Narelle made history last week by becoming the first storm in over 20 years to make landfall in three Australian states and territories, battering more than 3,400 miles of the continent’s northern coast with gale-force winds and heavy rain.

It also announced itself in an extremely eerie way. Just before it made landfall on Friday, it turned the sky into an apocalyptic shade of bright red — an even deeper and more crimson shade than the deep orange skies we’ve witnessed in North America due to widespread wildfires.

Videos circulating online show the effect in full force, with residents staring at the spectacle in near disbelief.

“The skies just kept getting more and more orange as the afternoon went on and then, at about 3:30 pm, we went outside and it was that color,” resident Kerrie Shepherd told Australian broadcaster ABC News. “It was red all the way along, everywhere we looked.”

“No, that’s not a filter!” AccuWeather wrote in a Facebook post, preempting claims that the footage was doctored. “The sky turned an eerie shade of red in Western Australia as dust filled the air ahead of Tropical Cyclone Narelle.”

So what could’ve been behind the natural phenomenon if it wasn’t wildfires? As the NOAA’s National Environmental Satellite, Data and Information Service explains, iron-rich rocks in northwestern Australia oxidize — or rust — in the dry heat to gain their iconic reddish hue.

“As the rust expands, it weakens the rock and helps break it apart,” the agency writes.

“It’s a very red part of the country, it’s got that rusty hue, so you get that color getting whipped up with the strong winds… both locally and from northern [Western Australia] as a whole,” Bureau of Meteorology senior forecaster Angus Hines told ABC News.

Heavy cloud cover emphasized the effect, turning it into an even more apocalyptic scene.

“It’s a pretty dry part of the country, so any time you get those strong winds, you are whipping up that dust into the atmosphere,” Hines added. “But [direct sunlight] would usually penetrate through whatever is in the atmosphere a bit more effectively and make it not look so dark red.”

“It feels like the light is evenly illuminating the ground, like a panel of lighting as opposed to one bright spotlight,” he explained.

Meanwhile, residents at the local Shark Bay Caravan Park thought better than to risk breathing in the rusty air.

“It’s an inside day for us that’s for sure,” the park wrote in a Facebook post.

More on dark skies: Toxic Sludge Raining Down on Iran After Bombing of Oil Facilities

The post Australia Turns Into Bright-Red Vision of Hell appeared first on Futurism.

🔗 Sumber: futurism.com

📌 MAROKO133 Breaking ai: Humanoid robot HMND 01 completes logistics tasks in real

A humanoid robot has completed a live trial inside an automotive production facility, offering a clearer picture of how such systems may function in real-world factory operations.

The test focused on logistics work, where consistency and integration with existing systems matter more than controlled demonstrations.

Humanoid, a UK-based robotics company, carried out the project with SAP and automotive supplier Martur Fompak.

The team placed its HMND 01 Alpha Wheeled robot inside an active production setting to evaluate practical use, not just technical capability.

Real logistics tasks

The trial centered on a standard warehouse picking workflow.

The robot received task instructions from company software and executed them without human intervention.

It navigated to assigned pallet locations, picked up KLT boxes, and delivered them to a trolley.

The system repeated the cycle as part of a live order fulfillment process.

Engineers designed the setup to reflect actual factory conditions.

The robot worked within existing workflows instead of relying on isolated test environments.

This approach helped assess how easily it could integrate into daily operations.

Humanoid used its KinetIQ AI platform to manage the robot’s behavior.

The system supports coordinated operation across multiple robots and allows tasks to shift based on production demand.

Software-driven control

A key part of the trial involved connecting the robot to enterprise software used at the facility.

Humanoid linked its system with SAP’s platform through the Joule agent layer.

This allowed the warehouse system to send tasks directly to the robot over the internet.

The robot carried out those instructions without a custom-built local controller.

The integration also brought the robot into the factory’s core IT systems.

It worked alongside tools that manage inventory, orders, and logistics flows.

“Embodied Joule represents a fundamental shift in how robots understand and respond to business needs,” said Dr. Lukasz Ostrowski, Head of Embodied AI & Robotics at SAP SE.

“This proof of concept in the manufacturing industry allows us to demonstrate how humanoid robots can act as extensions of an organization’s operations,” he added, pointing to their ability to integrate with existing workflows.

The project ran from January to February 2026 and followed a phased rollout.

Teams conducted testing, prepared the site, and then deployed the system inside the facility.

During the trial, the robot handled three types of totes and managed loads of up to 17.6 pounds using its dual arms.

The companies reported consistent performance under real operating conditions.

“This proof of concept shows what matters: humanoid robots operating inside real production environments, connected to enterprise systems and measured against operational standards,” said Artem Sokolov, Founder and CEO of Humanoid.

“That’s the bridge between experimentation and deployment,” he added, as the company prepares for further testing in live production.

The partners now plan to move into the next phase of validation.

They will assess broader deployment opportunities and explore more complex use cases across production environments.

🔗 Sumber: interestingengineering.com